Leveler

Leveler offers a robust solution for anyone needing precise leveling in various situations by integrating full augmented reality capabilities. The app presents five distinct levels in a straightforward layout, making it user-friendly and efficient. Each level is paired with a virtual counterpart, providing additional flexibility for measuring surfaces without the need to physically place your device on them. This virtual leveling feature is particularly beneficial as it leverages the camera to accurately track surfaces, enhancing usability and precision.

Comprehensive Leveling Features

Leveler includes a traditional level, compact level, inclinometer level, angle finder, and table level, each complemented by a virtual level mode. These features are further supported by options for sound adjustments, calibration, target leveling, and dynamic bubble sensitivity. Users can choose measurement units in degrees or radians and benefit from sensor smoothness adjustments, making Leveler a versatile tool for a range of applications.

User-Friendly Interface

The intuitive design of Leveler aids users in efficiently handling complex leveling tasks. You can easily access the options for each level by a simple long press on the level's tab. This allows for quick customization and operation, catering to diverse user preferences and requirements. The app's integration of Qualcomm's Vuforia technology ensures a smooth and enhanced augmented reality experience through camera permissions, making virtual leveling seamless and reliable.

Enhanced Functionality

By requiring essential permissions such as camera access and the use of network states, Leveler ensures optimal functionality while adhering to user privacy agreements. The camera permission is specifically instrumental for the angle finder feature, aligning with the app's commitment to provide an advanced technological solution for leveling challenges. Embrace the cutting-edge technology of Leveler to experience a new standard in precision leveling on your Android device.